Voltage stepdown structure of a drier

Abstract

A voltage-stepdown structure of a drier is disclosed. The structure comprises a hollow body and a motor, a ceramic heat-emission component and a voltage stepdown component, enclosed within the hollow body, characterized in that one end of the heat-emission component is coated with a conductive thermal coat extended to the external of the hollow body and is disposed with a connection point for connecting to a wire, and the other end of the extension of the conductive thermal coat is provided with another connection point to connect a pole wire to the end of the diode of the motor, thereby the impedance of the extended length of the conductive thermal coat steps down the operation voltage, and the voltage stepdown component and the heat emission component of the drier are formed into a single structure, which allows not only in safety in current supply, but also simplified the overall structure of the drier.

1 . A voltage-stepdown structure of a drier having a hollow body and a motor, a ceramic heat-emission component and a voltage stepdown component, enclosed within the hollow body, characterized in that one end of the heat-emission component is coated with a conductive thermal coat extended to the external of the hollow body and is disposed with a connection point for connecting to a wire, and the other end of the extension of the conductive thermal coat is provided with another connection point to connect a pole wire to the end of the diode of the motor, thereby the impedance of the extended length of the conductive thermal coat steps down the operation voltage, and the voltage stepdown component and the heat emission component of the drier are formed into a single structure, which allows not only in safety in current supply, but also simplified the overall structure of the drier.  
   
   
       2 . The voltage stepdown structure of a drier of  claim 1 , wherein the conductive coat on the heat emission body is made on the entire body to provide the requirements of the voltage stepdown operation, and the stripping off of the coat interrupts the electric conduction.